Compare Ivanti Neurons for Secure Access vs. Ivanti Security Controls

Ivanti Neurons for Secure Access is an all-encompassing, cloud-centric solution that merges conventional VPN services (Ivanti Connect Secure) with Zero Trust access (Ivanti Neurons for Zero Trust Access) within a cohesive interface, offering immediate insights and centralized management suitable for hybrid work situations. This platform efficiently identifies, categorizes, and organizes private applications, collects usage data for potential chargebacks, and implements detailed access policies through continuous verification of users, devices, and applications. A comprehensive visibility dashboard encompasses all gateways, users, devices, and activities, while adaptive security utilizes user behavior analytics to identify irregularities and proactively address new threats. Additionally, the management of gateway lifecycles streamlines the processes of deployment, configuration, upgrades, and decommissioning, while well-designed REST APIs facilitate integration with various third-party identity providers, SIEM, UEM, vulnerability assessment, and endpoint protection solutions. By offering such extensive capabilities, Ivanti ensures a robust and secure access framework tailored for modern workplaces.

Ivanti Security Controls serves as an automated solution for patch management that enhances security by integrating prevention, detection, and response mechanisms across both physical and virtual infrastructures. It identifies vulnerabilities and missing patches for operating systems or third-party software, efficiently deploying updates to servers, workstations, virtual machines, and templates, regardless of whether they are online or offline, through agentless patching and remote task scheduling to ensure minimal disruption. The system incorporates granular privilege management, which employs Just Enough and Just-in-Time Administration strategies to eliminate full administrative rights while temporarily elevating access for authorized tasks. Additionally, dynamic allowlisting establishes preventive measures that ensure only recognized and trustworthy applications are permitted to run, facilitated by a monitoring mode that gathers data on application usage to enhance controls and reduce false positives. The automation of CVE-to-patch list creation enables the efficient grouping of pertinent updates from any vulnerability assessment, while REST APIs further support integration and orchestration, allowing for a seamless security management experience across diverse environments. This comprehensive approach ensures that organizations can maintain robust security postures while effectively managing their patching needs.